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//################## EcnaHistosExample2.cc ####################
// B. Fabbro 04/07/2011
//
// Drawing Histos with and without TEcnaRead and calls to ViewHisto(...)
#include "CalibCalorimetry/EcalCorrelatedNoiseAnalysisAlgos/interface/TEcnaHistos.h"
#include "CalibCalorimetry/EcalCorrelatedNoiseAnalysisAlgos/interface/TEcnaRead.h"
#include "CalibCalorimetry/EcalCorrelatedNoiseAnalysisAlgos/interface/TEcnaParEcal.h"
#include "CalibCalorimetry/EcalCorrelatedNoiseAnalysisAlgos/interface/TEcnaParPaths.h"
#include "Riostream.h"
#include "TROOT.h"
#include "TApplication.h"
#include "TGClient.h"
#include "TRint.h"
#include <cstdlib>
//extern void InitGui();
//VoidFuncPtr_t initfuncs[] = { InitGui, 0 };
//TROOT root("GUI","GUI test environnement", initfuncs);
#include <stdlib.h>
#include <string>
#include "TSystem.h"
#include "TObject.h"
using namespace std;
int main(int argc, char** argv) {
//--------------------------------------------------------------------
// Init
//--------------------------------------------------------------------
std::cout << "*EcalCorrelatedNoiseExampleHistos> Starting ROOT session" << std::endl;
TRint theApp("App", &argc, argv);
TString fTTBELL = "\007";
//.............. Default values
TString fKeyAnaType = "StdPeg12"; // Analysis name
Int_t fKeyNbOfSamples = 10; // Number of required samples
Int_t fKeyRunNumber = 136098; // Run number
Int_t fKeyFirstEvt = 1; // First required event number
Int_t fKeyLastEvt = 0; // Last required event number
Int_t fKeyNbOfEvts = 150; // Required number of events
Int_t fKeySuMoNumber = 11; // Super-module number (EB)
Int_t fKeyDeeNumber = 1; // Dee number (EE)
Int_t xAlreadyRead = 1;
//========================================================================
TEcnaObject* myTEcnaManagerEB = new TEcnaObject();
TEcnaParPaths* fEcnaParPathsEB = new TEcnaParPaths(myTEcnaManagerEB);
TEcnaObject* myTEcnaManagerEE = new TEcnaObject();
TEcnaParPaths* fEcnaParPathsEE = new TEcnaParPaths(myTEcnaManagerEE);
if (fEcnaParPathsEB->GetPaths() == kTRUE && fEcnaParPathsEE->GetPaths() == kTRUE) {
//=====================================================================
//
// TEST TEcnaRead and TEcnaHistos for EB
//
//=====================================================================
Int_t SMtower = 1;
Int_t TowEcha = 0;
Int_t n1Sample = 4;
// Int_t DeeSC = 1;
// Int_t SCEcha = 0;
fKeyAnaType = "StdPeg12";
fKeyNbOfSamples = 10;
fKeyRunNumber = 136098;
fKeyFirstEvt = 1;
fKeyLastEvt = 0;
fKeyNbOfEvts = 150;
fKeySuMoNumber = 32;
TEcnaParEcal* fEcalParEB = new TEcnaParEcal(myTEcnaManagerEB, "EB");
TEcnaRead* fMyRootFileEB = new TEcnaRead(myTEcnaManagerEB, "EB");
TEcnaHistos* MyHistosEB = new TEcnaHistos(myTEcnaManagerEB, "EB");
#define HGLO
#ifdef HGLO
//==================================================== Test Plot1DHisto SM
fMyRootFileEB->PrintNoComment();
fMyRootFileEB->FileParameters(fKeyAnaType,
fKeyNbOfSamples,
fKeyRunNumber,
fKeyFirstEvt,
fKeyLastEvt,
fKeyNbOfEvts,
fKeySuMoNumber,
fEcnaParPathsEB->ResultsRootFilePath().Data());
if (fMyRootFileEB->LookAtRootFile() == kTRUE) {
MyHistosEB->FileParameters(fMyRootFileEB);
MyHistosEB->GeneralTitle("EcnaHistosExample2");
TVectorD read_h_tno(fEcalParEB->MaxCrysInSM());
TVectorD read_h_lfn(fEcalParEB->MaxCrysInSM());
TVectorD read_h_hfn(fEcalParEB->MaxCrysInSM());
read_h_tno = fMyRootFileEB->Read1DHisto(fEcalParEB->MaxCrysInSM(), "TotalNoise", "SuperModule");
read_h_lfn = fMyRootFileEB->Read1DHisto(fEcalParEB->MaxCrysInSM(), "lfn", "SM");
read_h_hfn = fMyRootFileEB->Read1DHisto(fEcalParEB->MaxCrysInSM(), "high frequency noise", "SM");
MyHistosEB->FileParameters(fMyRootFileEB);
MyHistosEB->SetHistoMax(3.5);
MyHistosEB->SetHistoScaleY("LOG");
MyHistosEB->NewCanvas("SAME n");
MyHistosEB->Plot1DHisto(read_h_tno, "TNo", "NbOfXtals", "SM", "SAME n");
MyHistosEB->Plot1DHisto(read_h_lfn, "LFN", "NOX", "SM", "SAME n");
MyHistosEB->Plot1DHisto(read_h_hfn, "HFN", "NOX", "SM", "SAME n");
} else {
std::cout << "!EcnaHistosExample2> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << std::endl;
}
#endif // HGLO
MyHistosEB->SetHistoScaleY("LIN");
#define HBAE
#ifdef HBAE
fKeyAnaType = "AdcPeg12";
fMyRootFileEB->FileParameters(fKeyAnaType,
fKeyNbOfSamples,
fKeyRunNumber,
fKeyFirstEvt,
fKeyLastEvt,
fKeyNbOfEvts,
fKeySuMoNumber,
fEcnaParPathsEB->ResultsRootFilePath().Data());
if (fMyRootFileEB->LookAtRootFile() == kTRUE) {
TVectorD read_histo(fKeyNbOfEvts);
read_histo = fMyRootFileEB->Read1DHisto(fKeyNbOfEvts, "AdcValue", SMtower, TowEcha, n1Sample);
MyHistosEB->FileParameters(fMyRootFileEB);
MyHistosEB->SetHistoMin(125.);
MyHistosEB->Plot1DHisto(read_histo, "Event", "ADC", SMtower, TowEcha, n1Sample);
MyHistosEB->Plot1DHisto(read_histo, "Adc", "NbOfEvts", SMtower, TowEcha, n1Sample);
} else {
std::cout << "!EcnaHistosExample2> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << std::endl;
}
#endif // HBAE
#define PMCC
#ifdef PMCC
fKeyAnaType = "SccPeg12";
fKeyRunNumber = 136098;
fKeySuMoNumber = 1;
fMyRootFileEB->FileParameters(fKeyAnaType,
fKeyNbOfSamples,
fKeyRunNumber,
fKeyFirstEvt,
fKeyLastEvt,
fKeyNbOfEvts,
fKeySuMoNumber,
fEcnaParPathsEB->ResultsRootFilePath().Data());
if (fMyRootFileEB->LookAtRootFile() == kTRUE) {
TMatrixD read_matrix(fEcalParEB->MaxTowInSM(), fEcalParEB->MaxTowInSM());
read_matrix = fMyRootFileEB->ReadMatrix(fEcalParEB->MaxTowInSM(), "Cor", "HFBetweenTowers");
MyHistosEB->FileParameters(fMyRootFileEB);
MyHistosEB->PlotMatrix(read_matrix, "Cor", "HFBetweenTowers");
} else {
std::cout << "!EcnaHistosExample2> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << std::endl;
}
#endif // PMCC
fKeyAnaType = "StdPeg12";
#define HBAS
#ifdef HBAS
fKeyRunNumber = 136098;
//==================================================== Test Plot1DHisto samples
fMyRootFileEB->FileParameters(fKeyAnaType,
fKeyNbOfSamples,
fKeyRunNumber,
fKeyFirstEvt,
fKeyLastEvt,
fKeyNbOfEvts,
fKeySuMoNumber,
fEcnaParPathsEB->ResultsRootFilePath().Data());
if (fMyRootFileEB->LookAtRootFile() == kTRUE) {
TVectorD read_histo_2(fEcalParEB->MaxCrysInTow() * fEcalParEB->MaxSampADC());
TVectorD read_histo_samps(fEcalParEB->MaxSampADC());
MyHistosEB->FileParameters(fMyRootFileEB);
std::cout << "EcnahistosExample2> *************** Plot1DHisto 1 crystal ONLYONE ******************" << std::endl;
TowEcha = 12;
read_histo_2 =
fMyRootFileEB->Read1DHisto(fEcalParEB->MaxCrysInTow() * fEcalParEB->MaxSampADC(), "SigmaOfSamples", SMtower);
std::cout << "*EcnaHistosExample2> channel " << std::setw(2) << TowEcha << ": ";
for (Int_t i0_samp = 0; i0_samp < fEcalParEB->MaxSampADC(); i0_samp++) {
read_histo_samps(i0_samp) = read_histo_2(TowEcha * fEcalParEB->MaxSampADC() + i0_samp);
std::cout << std::setprecision(4) << std::setw(8) << read_histo_samps(i0_samp) << ", ";
}
std::cout << std::endl;
MyHistosEB->Plot1DHisto(read_histo_samps, "Sample", "SSp", SMtower, TowEcha);
std::cout << "EcnahistosExample2> ***************** Plot1DHisto 1 crystal ONLYONE ****************" << std::endl;
MyHistosEB->Plot1DHisto("Sample", "SSp", SMtower, TowEcha);
std::cout << "EcnahistosExample2> ******************** All Xtals Plot1DHisto **********************" << std::endl;
SMtower = 59;
read_histo_2 =
fMyRootFileEB->Read1DHisto(fEcalParEB->MaxCrysInTow() * fEcalParEB->MaxSampADC(), "SampleMean", SMtower);
// => BUG SCRAM? (pas vu a la compilation si methode Plot1DHisto absente avec ces arguments; plantage a l'execution
MyHistosEB->SetHistoMin(180.);
MyHistosEB->SetHistoMax(220.);
MyHistosEB->Plot1DHisto(read_histo_2, "Sample#", "SampleMean", SMtower);
std::cout << "EcnahistosExample2> ****************** Plot1DHisto 1 crystal SAME *******************" << std::endl;
TowEcha = 13;
std::cout << "*EcnaHistosExample2> channel " << std::setw(2) << TowEcha << ": ";
for (Int_t i0_samp = 0; i0_samp < fEcalParEB->MaxSampADC(); i0_samp++) {
read_histo_samps(i0_samp) = read_histo_2(TowEcha * fEcalParEB->MaxSampADC() + i0_samp);
std::cout << std::setprecision(4) << std::setw(8) << read_histo_samps(i0_samp) << ", ";
}
std::cout << std::endl;
MyHistosEB->SetHistoMin(180.);
MyHistosEB->SetHistoMax(220.);
MyHistosEB->Plot1DHisto(read_histo_samps, "Sample", "SampleMean", SMtower, TowEcha, "SAME");
TowEcha = 14;
std::cout << "*EcnaHistosExample2> channel " << std::setw(2) << TowEcha << ": ";
for (Int_t i0_samp = 0; i0_samp < fEcalParEB->MaxSampADC(); i0_samp++) {
read_histo_samps(i0_samp) = read_histo_2(TowEcha * fEcalParEB->MaxSampADC() + i0_samp);
std::cout << std::setprecision(4) << std::setw(8) << read_histo_samps(i0_samp) << ", ";
}
std::cout << std::endl;
MyHistosEB->Plot1DHisto(read_histo_samps, "SampleNumber", "SampleMean", SMtower, TowEcha, "SAME");
TowEcha = 15;
std::cout << "*EcnaHistosExample2> channel " << std::setw(2) << TowEcha << ": ";
for (Int_t i0_samp = 0; i0_samp < fEcalParEB->MaxSampADC(); i0_samp++) {
read_histo_samps(i0_samp) = read_histo_2(TowEcha * fEcalParEB->MaxSampADC() + i0_samp);
std::cout << std::setprecision(4) << std::setw(8) << read_histo_samps(i0_samp) << ", ";
}
std::cout << std::endl;
MyHistosEB->Plot1DHisto(read_histo_samps, "Sample#", "SampleMean", SMtower, TowEcha, "SAME");
std::cout << "EcnahistosExample2> ******************** Plot1DHisto 1 crystal ONLYONE **************" << std::endl;
MyHistosEB->SetHistoMin(180.);
MyHistosEB->SetHistoMax(220.);
MyHistosEB->Plot1DHisto(read_histo_samps, "Sample", "SampMean", SMtower, TowEcha);
} else {
std::cout << "!EcnaHistosExample2> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << std::endl;
}
#endif // NODR
#define VMAT
#ifdef VMAT
//==================================================== Test PlotMatrix, ViewMatrix
SMtower = 22;
TowEcha = 15;
xAlreadyRead = 1;
if (xAlreadyRead == 1) {
fMyRootFileEB->FileParameters(fKeyAnaType,
fKeyNbOfSamples,
fKeyRunNumber,
fKeyFirstEvt,
fKeyLastEvt,
fKeyNbOfEvts,
fKeySuMoNumber,
fEcnaParPathsEB->ResultsRootFilePath().Data());
if (fMyRootFileEB->LookAtRootFile() == kTRUE) {
TMatrixD read_matrix_sample(fEcalParEB->MaxSampADC(), fEcalParEB->MaxSampADC());
read_matrix_sample = fMyRootFileEB->ReadMatrix(fEcalParEB->MaxSampADC(), "cor", "samples", SMtower, TowEcha);
MyHistosEB->FileParameters(fMyRootFileEB);
MyHistosEB->PlotMatrix(read_matrix_sample, "Cor", "Mss", SMtower, TowEcha);
MyHistosEB->PlotMatrix(read_matrix_sample, "Cor", "Mss", SMtower, TowEcha, "SURF1Z");
} else {
std::cout << "!EcnaHistosExample2> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << std::endl;
}
}
SMtower = 51;
TowEcha = 9;
xAlreadyRead = 0;
if (xAlreadyRead == 0) {
MyHistosEB->FileParameters(
fKeyAnaType, fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeySuMoNumber);
MyHistosEB->PlotMatrix("Cor", "Mss", SMtower, TowEcha, "SURF4");
MyHistosEB->PlotMatrix("Cor", "Mss", SMtower, TowEcha, "LEGO2Z");
}
#endif // VMAT
#define VSTX
#ifdef VSTX
//==================================================== Test PlotDetector, ViewStex
xAlreadyRead = 1;
if (xAlreadyRead == 1) {
fKeySuMoNumber = 18;
fMyRootFileEB->FileParameters(fKeyAnaType,
fKeyNbOfSamples,
fKeyRunNumber,
fKeyFirstEvt,
fKeyLastEvt,
fKeyNbOfEvts,
fKeySuMoNumber,
fEcnaParPathsEB->ResultsRootFilePath().Data());
if (fMyRootFileEB->LookAtRootFile() == kTRUE) {
MyHistosEB->FileParameters(fMyRootFileEB);
MyHistosEB->PlotDetector(fMyRootFileEB->ReadLowFrequencyNoise(fEcalParEB->MaxCrysInSM()), "LFN", "SM");
} else {
std::cout << "!EcnaHistosExample2> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << std::endl;
}
}
xAlreadyRead = 0;
if (xAlreadyRead == 0) {
fKeySuMoNumber = 18;
MyHistosEB->FileParameters(
fKeyAnaType, fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeySuMoNumber);
MyHistosEB->PlotDetector("HFN", "SM");
}
#endif // VSTX
#define VSTS
#ifdef VSTS
//==================================================== Test PlotDetector, ViewStas
xAlreadyRead = 1;
if (xAlreadyRead == 1) {
fMyRootFileEB->FileParameters(fKeyAnaType,
fKeyNbOfSamples,
fKeyRunNumber,
fKeyFirstEvt,
fKeyLastEvt,
fKeyNbOfEvts,
fKeySuMoNumber,
fEcnaParPathsEB->ResultsRootFilePath().Data());
if (fMyRootFileEB->LookAtRootFile() == kTRUE) {
TVectorD read_eb_histo(fEcalParEB->MaxTowInEB());
MyHistosEB->FileParameters(fMyRootFileEB);
MyHistosEB->SetHistoMax(3.5);
MyHistosEB->SetHistoScaleY("LIN");
MyHistosEB->NewCanvas("SAME n");
read_eb_histo = fMyRootFileEB->Read1DHisto(fEcalParEB->MaxTowInEB(), "TNo", "EB");
MyHistosEB->Plot1DHisto(read_eb_histo, "Tow", "TNo", "EB", "SAME n");
read_eb_histo = fMyRootFileEB->Read1DHisto(fEcalParEB->MaxTowInEB(), "LFN", "EB");
MyHistosEB->Plot1DHisto(read_eb_histo, "Tow", "LFN", "EB", "SAME n");
read_eb_histo = fMyRootFileEB->Read1DHisto(fEcalParEB->MaxTowInEB(), "HFN", "EB");
MyHistosEB->Plot1DHisto(read_eb_histo, "Tow", "HFN", "EB", "SAME n");
} else {
std::cout << "!EcnaHistosExample2> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << std::endl;
}
}
xAlreadyRead = 0;
if (xAlreadyRead == 0) {
MyHistosEB->FileParameters(
fKeyAnaType, fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeySuMoNumber);
MyHistosEB->Plot1DHisto("Tow", "TNo", "EB");
}
#endif // VSTS
//=====================================================================
//
// TEST TEcnaHistos for EE
//
//=====================================================================
TEcnaParEcal* fEcalParEE = new TEcnaParEcal(myTEcnaManagerEE, "EE");
TEcnaRead* fMyRootFileEE = new TEcnaRead(myTEcnaManagerEE, "EE");
TEcnaHistos* MyHistosEE = new TEcnaHistos(myTEcnaManagerEE, "EE");
fKeyDeeNumber = 1;
fKeyRunNumber = 161311;
xAlreadyRead = 1;
if (xAlreadyRead == 1) {
fMyRootFileEE->FileParameters(fKeyAnaType,
fKeyNbOfSamples,
fKeyRunNumber,
fKeyFirstEvt,
fKeyLastEvt,
fKeyNbOfEvts,
fKeyDeeNumber,
fEcnaParPathsEE->ResultsRootFilePath().Data());
if (fMyRootFileEE->LookAtRootFile() == kTRUE) {
TVectorD read_ee_histo(fEcalParEE->MaxSCInEE());
MyHistosEE->FileParameters(fMyRootFileEE);
MyHistosEE->SetHistoMax(3.5);
MyHistosEE->SetHistoScaleY("LIN");
#define HSAA
#ifdef HSAA
MyHistosEE->NewCanvas("SAME n");
read_ee_histo = fMyRootFileEE->Read1DHisto(fEcalParEE->MaxSCInEE(), "TNo", "EE");
MyHistosEE->Plot1DHisto(read_ee_histo, "SC", "TNo", "EE", "SAME n");
read_ee_histo = fMyRootFileEE->Read1DHisto(fEcalParEE->MaxSCInEE(), "LFN", "EE");
MyHistosEE->Plot1DHisto(read_ee_histo, "SC", "LFN", "EE", "SAME n");
read_ee_histo = fMyRootFileEE->Read1DHisto(fEcalParEE->MaxSCInEE(), "HFN", "EE");
MyHistosEE->Plot1DHisto(read_ee_histo, "SC", "HFN", "EE", "SAME n");
#endif // HSAA
read_ee_histo = fMyRootFileEE->Read1DHisto(fEcalParEE->MaxSCInEE(), "TNo", "EE");
MyHistosEE->StartStopDate(fMyRootFileEE->GetStartDate(), fMyRootFileEE->GetStopDate());
MyHistosEE->Plot1DHisto(read_ee_histo, "SC", "TNo", "EE");
MyHistosEE->PlotDetector(read_ee_histo, "TotalNoise", "EE");
} else {
std::cout << "!EcnaHistosExample2> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << std::endl;
}
}
xAlreadyRead = 0;
if (xAlreadyRead == 0) {
MyHistosEE->FileParameters(
fKeyAnaType, fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeyDeeNumber);
MyHistosEE->SetHistoMax(3.5);
MyHistosEE->SetHistoScaleY("LIN");
#define HSAB
#ifdef HSAB
MyHistosEE->NewCanvas("SAME n");
MyHistosEE->Plot1DHisto("SC", "TNo", "EE", "SAME n");
MyHistosEE->Plot1DHisto("SC", "LFN", "EE", "SAME n");
MyHistosEE->Plot1DHisto("SC", "HFN", "EE", "SAME n");
#endif // HSAB
MyHistosEE->Plot1DHisto("SC", "TNo", "EE");
MyHistosEE->PlotDetector("TotalNoise", "EE");
}
//=====================================================================
//
// END OF TEST
//
//=====================================================================
std::cout << "*H4Cna(main)> End of the example. You can quit ROOT (.q)" << std::endl;
Bool_t retVal = kTRUE;
theApp.Run(retVal);
std::cout << std::endl << "*EcalCorrelatedNoiseExampleHistos> Terminating ROOT session." << std::endl;
theApp.Terminate(0);
std::cout << "*EcalCorrelatedNoiseExampleHistos> Exiting main program." << std::endl;
exit(0);
delete MyHistosEB; // always after exit(0) (because of TEcnaHistos::DoCanvasClosed())
delete MyHistosEE; // always after exit(0) (because of TEcnaHistos::DoCanvasClosed())
}
}
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